1) discrete Green formula
离散Green公式
2) Green-Kubo formulation
Green-Kubo公式
3) Green formula
Green公式
1.
Then the paper extends the usual Green formula and an important deduction is given in it.
给出无界函数的广义第二类曲线积分的定义及其收敛性的判别方法 ,然后将通常的 Green公式进行推广 ,最后给出了一个重要推
2.
Green formula is an important formula in Mathematic Analysis,It sets the relation between double integral and curve integral of the boundary.
Green公式是数学分析里的一个重要公式,它建立了二重积分与边界曲线积分之间的联系。
3.
Green formula,Stokes formula and Gauss formula,which connect different integral forms together,are three important formulas in calculus and have many applications in many research fields.
Green公式、Stokes公式与Gauss公式是微积分中的三个重要公式,它们将不同的积分联系起来,在许多研究领域有非常重要的应用。
4) discrete Green function
离散Green函数
1.
Based on the above results,super-convergence of derivatives and function values of finite element approximations is achieved respectively on Gauss points and Lobatto points by way of three-dimensional discrete Green functions and discrete derivative Green functions.
然后应用三维投影型插值算子理论和插值逼近性质等得到了正规剖分下三维投影型插值的超收敛基本估计,并在此基础上结合三维离散Green函数与离散导数Green函数理论,研究获得了Lobatto点和Gauss点处三维长方体有限元函数及导数的高精度超收敛结果。
5) Discrete derivative Green function
导数离散Green函数
6) discrete derivative Green's function
离散导数Green函数
1.
By means of estimates for three-dimensional discrete derivative Green's function, the theory of the interpolation operator of projection type and the technique of cancellation of elements, for several usual elements in the three-dimensional setting, including rectangular parallelepiped elements, tetrahedr.
借助三维离散导数Green函数的估计,投影型插值算子理论和单元合并技术,本文详细讨论了几种常用三维单元(包括长方体元,四面体元和三棱柱元)的有限元解梯度的最大模超逼近,均获得了高精度的超逼近结果。
补充资料：离散
分散不能团聚（多指亲属）：家人～。
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